CN207952097U - Calcite is removed contamination removal of impurities and screening system - Google Patents
Calcite is removed contamination removal of impurities and screening system Download PDFInfo
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- CN207952097U CN207952097U CN201820022579.5U CN201820022579U CN207952097U CN 207952097 U CN207952097 U CN 207952097U CN 201820022579 U CN201820022579 U CN 201820022579U CN 207952097 U CN207952097 U CN 207952097U
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- feed hopper
- rack
- hopper
- fixedly mounted
- calcite
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Abstract
It removes contamination removal of impurities and screening system the utility model discloses a kind of calcite, the top of first feed hopper is open-like shape, first feed hopper is mounted on by the first spring in the first rack, first feed hopper is in low early and high after inclination arrangement, the first discharge port is offered in the front of the first feed hopper, first vibrating motor is fixedly mounted on the first feed hopper, first spray tube sets the open-mouth on the first feed hopper top in framed bent, the top of second feed hopper is open-like shape, second feed hopper is mounted on by second spring in the second rack, second feed hopper is in low early and high after inclination arrangement, the second discharge port is offered in the front of the second feed hopper, second vibrating motor is fixedly mounted on the second feed hopper, the utility model advantage is：Cleaning efficiency is improved, remove contamination removal of impurities and screening effect are improved, is advantageous to the conveying of calcite material and the progress of postorder pulverizing process.
Description
Technical field
The utility model is related to the technical fields of calcite process units, clean and sieve more particularly to calcite
The technical field of separating device.
Background technology
Calcite is a kind of natural whiting mineral, and extremely wide in distributed in nature, calcite is generally used for chemical industry, cement etc.
The raw material of industry, it can be used as solvent in metallurgical industry, can be used to produce cement and lime etc. in building industry, in food service industry
It can be used as filling additive, calcite ingredient be added in glass production, may make glass to become translucent, especially suitable for glass
Glass lampshade.Calcite is typically to be obtained by opencast mining, and just mined calcite is not of uniform size, in irregular shape
Bulk is also attached with the dirts such as a large amount of soil sandstone on its surface, needs to clean it to remove the mud of mineral surface
The dirts such as soil, in order to carry out the processing such as postorder crushing.However, calcite cleaning system common at present cleans impurity-eliminating effect
Poor, the Calcite Surface after cleaning still has a certain amount of soil, and cleaning efficiency is relatively low, and water consumption is big, cleans cost
It is high.In addition, calcite cleaning system common at present does not sieve calcite, so as to cause calcite ore not of uniform size
Stone mixes, and the not only conveying to ore materials in production process causes great inconvenience, but also after being extremely unfavorable for
The progress of continuous pulverizing process, increases the live load of disintegrating apparatus.
Utility model content
The purpose of this utility model be exactly provided to solve above-mentioned deficiency one kind can effectively improve cleaning performance with
Cleaning efficiency, the Calcite Surface soil less residue after cleaning, and screening effect is good are advantageous to conveying and postorder
The calcite for the processes such as crushing is removed contamination removal of impurities and screening system.
In order to solve the above-mentioned technical problem technical solution that the utility model uses is as follows：
Calcite is removed contamination removal of impurities and screening system, it include level-one charging gear, two level charging gear, sewage disposal apparatus and
Screening plant, the level-one charging gear are made of the first rack, the first feed hopper, the first vibrating motor and the first spray tube,
The top of first feed hopper is open-like shape, and the first feed hopper is mounted on by the first spring in the first rack, this first is given
Hopper is in low early and high after inclination arrangement, offers the first discharge port in the front of the first feed hopper, first vibrating motor is solid
On the first feed hopper, first spray tube sets the open-mouth on the first feed hopper top, the two level in framed bent for Dingan County
Charging gear is made of the second rack, the second feed hopper, the second vibrating motor, hopper, material-falling hopper and the second spray tube, described
The top of second feed hopper is open-like shape, and the second feed hopper is mounted on by second spring in the second rack, second feed hopper
In low early and high after inclination arrangement, the second discharge port is offered in the front of the second feed hopper, second vibrating motor fixes peace
On the second feed hopper, second spray tube sets the open-mouth on the second feed hopper top, first feed in framed bent
First discharge port of bucket is located at the back upper place of the second feed hopper, and is mutually connected with the second feed hopper, and the hopper is fixedly mounted
In the second rack, the second discharge port of the second feed hopper is located at the back upper place of hopper, and is mutually connected with hopper, second
The bottom of feed hopper offers sieve pore, and the material-falling hopper is fixedly mounted in the second rack, and positioned at the sieve pore of the second feed hopper
Lower section, the sewage disposal apparatus are made of third rack, third feeding funnel, pairs of shaft and third motor, the third feeding
The top of bucket is open-like shape, and third feeding funnel is fixedly mounted in third rack, and third feeding funnel is in low early and high after inclination arrangement,
The pairs of shaft is rotationally movably arranged in third feeding funnel respectively, and is connect with third motor drive, pairs of
Shaft on be respectively arranged with blade, the rear portion of third feeding funnel offers third discharge port, in the lower end of the material-falling hopper
Discharge gate is offered, which is located at the front upper place of third feeding funnel, and is mutually connected with third feeding funnel, the screening plant
It is made of the 4th rack, screen drum, the 4th motor and blanking storehouse, the screen drum is the tubular of both ends open, and screen drum passes through central shaft
It is rotationally movably arranged in the 4th rack, and is connect with the 4th motor drive, screen drum is in tilted layout in the front is high and the back is low, described
Blanking storehouse is fixedly mounted in the 4th rack, and below screen drum, before the third discharge port and screen drum of the sewage disposal apparatus
Mutually it is connected inside side.
It further includes having the first water inlet pipe, and the lower end of first spring is fixedly mounted in the first rack, and described
One feed hopper is mounted on by the first bearing on the upper end of the first spring, and the first bracing piece is provided in the first feed hopper,
First vibrating motor is fixedly mounted on by transverse slat on the first feed hopper, and first spray tube in row is respectively with first
Water inlet pipe is connected, and offers the first spray apertures respectively on the first spray tube in row.
It further includes having high pressure water spray gun and the second water inlet pipe, and the high pressure water spray gun is fixedly mounted in the second rack,
And positioned at the side of the second feed hopper, the lower end of the second spring is fixedly mounted in the second rack, second feed
Bucket is mounted on by the second bearing on the upper end of second spring, and the second bracing piece, the sieve are provided in the second feed hopper
Hole includes round sieve and bar shaped screen hole, and the round sieve is located at the back upper place of bar shaped screen hole, second water inlet pipe be in
The second spray tube of row is connected, and the second spray apertures in row are offered on the second spray tube.
It further includes having third retarder, and the third motor and third retarder are respectively and fixedly installed to third rack
On, 3rd bearing seat is installed in the third rack, pairs of shaft is mounted on by bearing on 3rd bearing seat respectively,
The third motor is connect with third retarder belt transmission, and third retarder is passed by third shaft coupling and one of shaft
Dynamic connection, gear is respectively arranged in pairs of shaft, is intermeshed at the gear on countershaft, described on countershaft
Blade is helically arranged, oppositely oriented at the blade between countershaft, and the third discharge outlet of third feeding funnel is provided with
Three hoppers.
It further includes having sieve, and the screen drum is made of annular frame and longitudinal holding pole, and the annular frame passes through holder
It is fixedly mounted on center shaft, the longitudinal holding pole is in be circumferentially arranged to be fixedly mounted on annular frame, in adjacent longitudinal direction branch
There are gaps, the sieve to fix cover and set on the outside of the longitudinal holding pole of screen drum front, be provided in the blanking storehouse between bar
Blanking storehouse is separated into fines storehouse and coarse fodder storehouse by partition board by the partition board, is offered respectively in the bottom in fines storehouse and coarse fodder storehouse
First discharge port and the second discharge gate, the fines position in storehouse is below sieve, and coarse fodder position in storehouse is below the screen drum at sieve rear.
It further includes having the 4th retarder, and the 4th motor and the 4th retarder are respectively and fixedly installed to the 4th rack
On, fourth bearing seat is installed in the 4th rack, the central shaft is mounted on by bearing on fourth bearing seat, described
4th motor is connect with the 4th retarder belt transmission, and the 4th retarder is connect by the 4th shaft coupling with central shaft driven.
It is additionally provided with the nozzle being connected with the second spray apertures on second spray tube, at the interior bottom of the second feed hopper
Buffering boss is provided on face.
The utility model is using the attainable advantageous effect of above-mentioned technical solution institute：Pass through level-one charging gear pair
Calcite carries out primary vibration cleaning showers, carries out secondary vibration cleaning showers to calcite by two level charging gear, passes through
Primary vibration cleaning showers and secondary vibration cleaning showers can remove the most soil of Calcite Surface, to improve
Cleaning efficiency；During secondary vibration cleaning showers, calcite is tentatively sieved, the calcite of bulk is screened out
Come, and designated position is drained by hopper；The calcite fallen into sewage disposal apparatus third feeding funnel is immersed in third feeding funnel
It is by carrying out agitation conveying to calcite at the blade on countershaft, the soil of Calcite Surface is thorough in the muddy water of interior savings
It removes totally, to substantially increase impurity-eliminating effect of removing contamination at bottom；By the screen drum of screening plant to after sewage disposal apparatus cleans
Calcite carries out regrading, and the different calcite of granular size is carried out precise classification, to effectively increase screening effect,
It is advantageous to the conveying of calcite material and the progress of postorder pulverizing process.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of level-one charging gear in Fig. 1；
Fig. 3 is the overlooking structure diagram of Fig. 2；
Fig. 4 is the structural schematic diagram of two level charging gear in Fig. 1；
Fig. 5 is the overlooking structure diagram of Fig. 4；
Fig. 6 is the structural schematic diagram of sewage disposal apparatus in Fig. 1；
Fig. 7 is the overlooking structure diagram of Fig. 6；
Fig. 8 is the schematic cross-sectional view of screening plant in Fig. 1.
Specific implementation mode
As shown in Figure 1, calcite is removed contamination removal of impurities and screening system, it includes level-one charging gear 1, two level charging gear
2, sewage disposal apparatus 3 and screening plant 4, shown in Fig. 2 and Fig. 3, the level-one charging gear 1 is by the first rack A1, the first feed
Struggle against A2, the first vibrating motor A3, the first spray tube A4 and the first water inlet pipe A5 compositions, and the top of the first feed hopper A2 is spacious
Mouth shape, the first feed hopper A2 is mounted on by the first spring A6 on the first rack A1, and is installed as follows：Described
The lower end of one spring A6 is fixedly mounted on the first rack A1, and the first feed hopper A2 is mounted on the by the first bearing A8
On the upper end of one spring A6.First feed hopper A2 is in low early and high after inclination arrangement, is offered in the front of the first feed hopper A2
First discharging port A 7, the first vibrating motor A3 are fixedly mounted on by transverse slat A10 on the first feed hopper A2, first spray
Shower pipe A4 is in the fixed open-mouth mounted on the first tops feed hopper A2 of row, and the first spray tube A4 in row is respectively with first
Water inlet pipe A5 is connected, and the first spray apertures are offered respectively on the first spray tube A4 in row, in the first feed hopper A2 also
It is provided with the first bracing piece A9.
Shown in Fig. 4 and Fig. 5, the two level charging gear 2 is by the second rack B1, the second feed hopper B2, the second vibration electricity
Machine B3, hopper B4, material-falling hopper B5, the second spray tube B6, high pressure water spray gun B7 and the second water inlet pipe B8 are constituted, and described second gives
The top of hopper B2 is open-like shape, and the second feed hopper B2 is mounted on by second spring B9 on the second rack B1, and by such as lower section
Formula is installed：The lower end of the second spring B9 is fixedly mounted on the second rack B1, and the second feed hopper B2 passes through
Second bearing B11 is on the upper end of second spring B9.Second feed hopper B2 is in low early and high after inclination arrangement, is given second
The front of hopper B2 offers the second discharge port B10, the second vibrating motor B3 and is fixedly mounted on the two of the second feed hopper B2
On side, the second spray tube B6 is in the fixed open-mouth mounted on the second tops feed hopper B2 of row, second water inlet pipe
B8 is connected with the second spray tube B6 in row, and the second spray apertures in row are offered on the second water inlet pipe B8, in the second spray
It is additionally provided with the nozzle B15, the high pressure water spray gun B7 being connected with the second spray apertures on shower pipe B6 and is fixedly mounted on the second machine
On frame B1, and positioned at the side of the second feed hopper B2.The first discharging port A 7 of the first feed hopper A2 is located at the second feed hopper
The back upper place of B2, and be connected with the second feed hopper B2 phases.The hopper B4 is fixedly mounted on the second rack B1, the second feed
The second discharge port B10 of bucket B2 is located at the back upper place of hopper B4, and is connected with hopper B4 phases, at the bottom of the second feed hopper B2
Portion offers sieve pore, and the material-falling hopper B5 is fixedly mounted on the second rack B1, and below the sieve pore of the second feed hopper B2,
The sieve pore includes that round sieve B13 and bar shaped screen hole B14, the round sieve B13 are located at the back upper place of bar shaped screen hole B14.
It is provided with the second bracing piece B12 in the second feed hopper B2, buffering boss is provided on the inner bottom surface of the second feed hopper B2
B16。
Shown in Fig. 6 and Fig. 7, the sewage disposal apparatus 3 is by third rack C1, third feeding funnel C2, pairs of rotating shaft C 3,
Three motor C4 and third retarder C5 are constituted, and the top of the third feeding funnel C2 is open-like shape, and third feeding funnel C2 fixes peace
On third rack C1, third feeding funnel C2 is in low early and high after inclination arrangement, and the pairs of difference of rotating shaft C 3 is rotationally
It is movably arranged in third feeding funnel C2, pairs of rotating shaft C 3 is sequentially connected with third motor C4, and can carry out as follows
It is sequentially connected：The third motor C4 and third retarder C5 are respectively and fixedly installed on third rack C1, in the third machine
3rd bearing seat C8 is installed on frame C1, pairs of rotating shaft C 3 is mounted on by bearing on 3rd bearing seat C8 respectively, and described the
Three motor C4 are sequentially connected with third retarder C5 belts C9, and third retarder C5 passes through third shaft coupling C10 and one of them
Rotating shaft C 3 is sequentially connected, and gear C 11 is respectively arranged in pairs of rotating shaft C 3, the gear C 11 in pairs of rotating shaft C 3 is mutually nibbled
It closes.Blade C6 is respectively arranged in pairs of rotating shaft C 3, the blade C6 in pairs of rotating shaft C 3 helically arranges respectively, turns in pairs
Blade C6 between axis C3 is oppositely oriented.The rear portion of third feeding funnel C2 offers third discharge port C7, in the material-falling hopper B5
Lower end offer discharge gate B17, discharge gate B17 is located at the front upper place of third feeding funnel C2, and with third feeding funnel C2
Mutually it is connected, third hopper C12 is provided at the third discharge port C7 of third feeding funnel C2.
As shown in Figure 8, the screening plant 4 is by the 4th rack D1, screen drum, the 4th motor D2, the 4th retarder D3, blanking
Storehouse and sieve D4 are constituted, and the screen drum is the tubular of both ends open, and screen drum is rotationally movably arranged on the by central shaft D5
On four rack D1, which is in tilted layout in the front is high and the back is low.The screen drum is made of annular frame D6 and longitudinal holding pole D7, described
Annular frame D6 is fixedly mounted on by holder D8 on central shaft D5, and the longitudinal holding pole D7 is in be circumferentially arranged to be fixedly mounted on ring
On shape frame D6, there are gaps, the sieve D4 to fix cover and set in the longitudinal direction of screen drum front between adjacent longitudinal holding pole D7
On the outside of strut D7.The screen drum and the 4th motor D2 are sequentially connected, and are sequentially connected as follows：4th motor
D2 and the 4th retarder D3 are respectively and fixedly installed on the 4th rack D1, and fourth bearing seat is equipped on the 4th rack D1
D14, the central shaft D5 are mounted on by bearing on fourth bearing seat D14, the 4th motor D2 and the 4th retarder D3 skins
Band D16 is sequentially connected, and the 4th retarder D3 is sequentially connected by the 4th shaft coupling D17 and central shaft D5.The blanking storehouse is fixed
On the 4th rack D1, and below screen drum, it is provided with partition board D9 in the blanking storehouse, will be fallen by partition board D9
Feed bin is separated into fines storehouse D10 and coarse fodder storehouse D11, and first row is offered respectively in the bottom of the fines storehouse D10 and coarse fodder storehouse D11
Material mouth D12 and the second discharge gate D13, the fines storehouse D10 are located at the lower sections sieve D4, and coarse fodder storehouse D11 is located at the rears sieve D4
Below screen drum.The third discharge port C7 of the sewage disposal apparatus 3 is mutually connected by third hopper C12 with the front interior of screen drum,
It is additionally provided with fourth hopper D15 corresponding with the open-mouth at screen drum rear portion at the rear portion in blanking storehouse.
This calcite removes contamination removal of impurities and screening system at work, and calcite ore that exploitation obtains is discharged into the first feed
It struggles against in A2, level-one cleaning showers is carried out by the calcite in A4 couples of the first feed hopper A2 of the first spray tube in row, after cleaning
Calcite be discharged under the effect of vibration of the first vibrating motor A3 in the second feed hopper B2, pass through the second spray tube B6 in row
Cleaning showers are carried out to the calcite in the second feed hopper B2, while being rushed by manual hand manipulation's high pressure water spray gun B7
It washes.Water and silt after cleaning are flowed into through material-falling hopper B5 in third feeding funnel C2 from round sieve B13 and bar shaped screen hole B14, compared with
The calcite of fritter is fallen into through material-falling hopper B5 in third feeding funnel C2 from bar shaped screen hole B14, and the calcite of bulk is fed from second
The second discharge port B10 of bucket B2 is discharged into hopper B4, and drains into appointed place by hopper B4.Flow into third feeding funnel C2
Interior muddy water is accumulated in the front lower portion of third feeding funnel C2, and the calcite for falling into smaller piece in third feeding funnel C2 is immersed in mud
In water, the blade C6 rotations in pairs of rotating shaft C 3 are driven by third motor C4, the muddy water in third feeding funnel C2 is mixed
Object is stirred, while the calcite in mud mixture being conveyed backward, and is discharged into screen drum, the mud in third feeding funnel C2
A water part is slowly flowed out from the hole C13 on third feeding funnel C2 front side walls, a part of from third feeding funnel C2 front side walls
Top diffuses out.Screen drum rotation is driven to be sieved to entering the calcite in screen drum by the 4th motor D2, the tiny side of particle
Solution stone particle is fallen into from the mesh of sieve D4 in the D10 of fines storehouse, and is expelled to appointed place from first discharge port D12, particle compared with
Big calcite is fallen into from the gap between screen drum longitudinal holding pole D7 in the D11 of coarse fodder storehouse, and is expelled to finger from the second discharge gate D13
Determine place, the calcite of particle bigger is discharged from the open-mouth at screen drum rear portion.
Claims (7)
- Removal of impurities and screening system 1. calcite is removed contamination, it is characterised in that：It include level-one charging gear, two level charging gear, Sewage disposal apparatus and screening plant, the level-one charging gear is by the first rack, the first feed hopper, the first vibrating motor and the first spray Shower pipe is constituted, and the top of first feed hopper is open-like shape, and the first feed hopper is mounted on by the first spring in the first rack, First feed hopper is in low early and high after inclination arrangement, offers the first discharge port in the front of the first feed hopper, described first shakes Dynamic motor is fixedly mounted on the first feed hopper, and first spray tube sets the open-mouth on the first feed hopper top in framed bent, The two level charging gear is by the second rack, the second feed hopper, the second vibrating motor, hopper, material-falling hopper and the second spray tube It constitutes, the top of second feed hopper is open-like shape, and the second feed hopper is mounted on by second spring in the second rack, this Two feed hoppers are in low early and high after inclination arrangement, and the second discharge port, the second vibration electricity are offered in the front of the second feed hopper Machine is fixedly mounted on the second feed hopper, and second spray tube sets the open-mouth on the second feed hopper top in framed bent, described First discharge port of the first feed hopper is located at the back upper place of the second feed hopper, and is mutually connected with the second feed hopper, the hopper It is fixedly mounted in the second rack, the second discharge port of the second feed hopper is located at the back upper place of hopper, and is mutually held in the mouth with hopper It connects, sieve pore is offered in the bottom of the second feed hopper, the material-falling hopper is fixedly mounted in the second rack, and positioned at the second feed Below the sieve pore of bucket, the sewage disposal apparatus is made of third rack, third feeding funnel, pairs of shaft and third motor, described The top of third feeding funnel is open-like shape, and third feeding funnel is fixedly mounted in third rack, and third feeding funnel is in low early and high after It is in tilted layout, the pairs of shaft is rotationally movably arranged in third feeding funnel respectively, and is connected with third motor drive It connects, blade is respectively arranged in pairs of shaft, the rear portion of third feeding funnel offers third discharge port, in the material-falling hopper Lower end offer discharge gate, which is located at the front upper place of third feeding funnel, and is mutually connected with third feeding funnel, described Screening plant is made of the 4th rack, screen drum, the 4th motor and blanking storehouse, and the screen drum is the tubular of both ends open, and screen drum is logical It crosses central shaft to be rotationally movably arranged in the 4th rack, and is connect with the 4th motor drive, screen drum is tilted in the front is high and the back is low Arrangement, the blanking storehouse is fixedly mounted in the 4th rack, and below screen drum, the third discharge port of the sewage disposal apparatus with The front interior of screen drum is mutually connected.
- Removal of impurities and screening system 2. calcite according to claim 1 is removed contamination, it is characterised in that：It further include have first into The lower end of water pipe, first spring is fixedly mounted in the first rack, and first feed hopper is installed by the first bearing On the upper end of the first spring, the first bracing piece is provided in the first feed hopper, first vibrating motor passes through transverse slat It is fixedly mounted on the first feed hopper, first spray tube in row is connected with the first water inlet pipe respectively, in the of row The first spray apertures are offered on one spray tube respectively.
- Removal of impurities and screening system 3. calcite according to claim 1 or 2 is removed contamination, it is characterised in that：It further includes having height Pressure water pistol and the second water inlet pipe, the high pressure water spray gun are fixedly mounted in the second rack, and positioned at the side of the second feed hopper The lower end in portion, the second spring is fixedly mounted in the second rack, and second feed hopper is mounted on by the second bearing On the upper end of second spring, the second bracing piece is provided in the second feed hopper, the sieve pore includes round sieve and bar shaped Sieve pore, the round sieve are located at the back upper place of bar shaped screen hole, and second water inlet pipe is connected with the second spray tube in row, The second spray apertures in row are offered on the second spray tube.
- Removal of impurities and screening system 4. calcite according to claim 1 or 2 is removed contamination, it is characterised in that：It further includes having Three retarders, the third motor and third retarder are respectively and fixedly installed in third rack, are pacified in the third rack Equipped with 3rd bearing seat, pairs of shaft is mounted on by bearing on 3rd bearing seat respectively, and the third motor subtracts with third Fast device belt transmission connection, third retarder is connect by third shaft coupling with one of rotating shaft transmission, in pairs of shaft On be respectively arranged with gear, be intermeshed at the gear on countershaft, the blade on countershaft helically arranges, in pairs Blade between shaft is oppositely oriented, and the third discharge outlet of third feeding funnel is provided with third hopper.
- Removal of impurities and screening system 5. calcite according to claim 1 or 2 is removed contamination, it is characterised in that：It further includes having sieve Net, the screen drum are made of annular frame and longitudinal holding pole, and the annular frame is fixed by the bracket installation on center shaft, institute It is in be circumferentially arranged to be fixedly mounted on annular frame to state longitudinal holding pole, and there are gap, the sieves between adjacent longitudinal holding pole The fixed cover of net is set on the outside of the longitudinal holding pole of screen drum front, and partition board is provided in the blanking storehouse, by the partition board by blanking Storehouse is separated into fines storehouse and coarse fodder storehouse, and first discharge port and the second discharge are offered respectively in the bottom in fines storehouse and coarse fodder storehouse Mouthful, the fines position in storehouse is below sieve, and coarse fodder position in storehouse is below the screen drum at sieve rear.
- Removal of impurities and screening system 6. calcite according to claim 5 is removed contamination, it is characterised in that：It further includes having the 4th to subtract Fast device, the 4th motor and the 4th retarder are respectively and fixedly installed in the 4th rack, are equipped in the 4th rack Fourth bearing seat, the central shaft are mounted on by bearing on fourth bearing seat, the 4th motor and the 4th retarder belt It is sequentially connected, the 4th retarder is connect by the 4th shaft coupling with central shaft driven.
- Removal of impurities and screening system 7. calcite according to claim 3 is removed contamination, it is characterised in that：In second spray tube On be additionally provided with the nozzle being connected with the second spray apertures, buffering boss is provided on the inner bottom surface of the second feed hopper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820022579.5U CN207952097U (en) | 2018-01-08 | 2018-01-08 | Calcite is removed contamination removal of impurities and screening system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820022579.5U CN207952097U (en) | 2018-01-08 | 2018-01-08 | Calcite is removed contamination removal of impurities and screening system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207952097U true CN207952097U (en) | 2018-10-12 |
Family
ID=63732363
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820022579.5U Expired - Fee Related CN207952097U (en) | 2018-01-08 | 2018-01-08 | Calcite is removed contamination removal of impurities and screening system |
Country Status (1)
| Country | Link |
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| CN (1) | CN207952097U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110002843A (en) * | 2019-04-19 | 2019-07-12 | 四川省劲腾环保建材有限公司 | A method of preparing control clod content in extruding dregs porcelain granule |
| CN111282808A (en) * | 2020-04-09 | 2020-06-16 | 南通航宇结构件有限公司 | Gravel vibration cleaning device for concrete and screening method thereof |
| CN112449994A (en) * | 2020-11-25 | 2021-03-09 | 王峰 | Industrialized stick-making process and equipment for lentinus edodes |
| CN113600468A (en) * | 2021-08-22 | 2021-11-05 | 姜朋 | Environment-friendly garbage separation drum screen device for garbage yard |
-
2018
- 2018-01-08 CN CN201820022579.5U patent/CN207952097U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110002843A (en) * | 2019-04-19 | 2019-07-12 | 四川省劲腾环保建材有限公司 | A method of preparing control clod content in extruding dregs porcelain granule |
| CN111282808A (en) * | 2020-04-09 | 2020-06-16 | 南通航宇结构件有限公司 | Gravel vibration cleaning device for concrete and screening method thereof |
| CN112449994A (en) * | 2020-11-25 | 2021-03-09 | 王峰 | Industrialized stick-making process and equipment for lentinus edodes |
| CN112449994B (en) * | 2020-11-25 | 2022-03-08 | 王峰 | Industrialized stick-making process and equipment for lentinus edodes |
| CN113600468A (en) * | 2021-08-22 | 2021-11-05 | 姜朋 | Environment-friendly garbage separation drum screen device for garbage yard |
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Granted publication date: 20181012 Termination date: 20200108 |